A mother in General Santos is waiting for news of her son trapped under a building that collapsed during a deadly earthquake [1].

The disaster highlights the extreme vulnerability of urban infrastructure in the southern Philippines when facing high-magnitude seismic events. With dozens dead and many still missing, the event underscores the ongoing challenge of rescue operations in dense debris fields.

The earthquake registered a magnitude of 7.8 [1]. Provincial authorities said the tremor killed at least 35 people [1]. More than a dozen individuals remain missing as search and rescue teams continue to sift through the ruins of collapsed structures [1].

Among those affected is Dioslinda Deluvio, whose son remains trapped beneath a fallen building in General Santos [1]. Deluvio said she felt a sense of hopelessness as the search continued.

"All I can say now is, I am just waiting for his dead body. I no longer expect him to be alive," Deluvio said [1].

The scale of the destruction in General Santos has complicated the efforts of emergency responders. The magnitude of the quake caused widespread structural failure, leaving multiple sites requiring urgent excavation. While some reports mentioned separate incidents near Manila, authorities in the south are focusing on the high casualty count and the number of people still unaccounted for [1].

Rescue workers are utilizing heavy machinery to lift concrete slabs, though the risk of aftershocks remains a concern for those working on-site. Family members have gathered near the collapse zones, waiting for updates on their loved ones as the window for successful rescues narrows.

"All I can say now is, I am just waiting for his dead body."

The high death toll and the collapse of buildings in General Santos point to significant gaps in seismic-resistant construction and urban planning in the region. Because the Philippines is situated on the Pacific Ring of Fire, such high-magnitude events are a recurring threat, making the failure of these structures a critical public safety concern.